Consider the circuit from previous question. If the voltage provided by the battery is 2.1 V, R₁ R₂=R3=7.32 and R4=4.10, what is the current through resistor R4. Note: you can calculate equivalent resistance, but you already have correct equations from Question 1, and the calculations are actually not that complicated if the three resistors are identical. Provide your answer in amperes. € = ? R₂ M R4 m R3 m R₁ mw

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Publisher:Robert L. Boylestad
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Don't need to know the previous question to solve. I don't know if I should just combine all R to solve for I or what the order should be. Help. Thanks!

Consider the circuit from previous question.
If the voltage provided by the battery is 2.1 V, R₁=R₂=R3=7.3 ≤ and R₂=4.1 N,
what is the current through resistor R4.
Note: you can calculate equivalent resistance, but you already have correct equations
from Question 1, and the calculations are actually not that complicated if the three
resistors are identical.
Provide your answer in amperes.
€ = ?
R2
RA
m
R₁
mi
R3
Transcribed Image Text:Consider the circuit from previous question. If the voltage provided by the battery is 2.1 V, R₁=R₂=R3=7.3 ≤ and R₂=4.1 N, what is the current through resistor R4. Note: you can calculate equivalent resistance, but you already have correct equations from Question 1, and the calculations are actually not that complicated if the three resistors are identical. Provide your answer in amperes. € = ? R2 RA m R₁ mi R3
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